Electrical Engineer - Test Design - job 1 of 2

To apply for the Electrical Engineer - Test Design position at Anduril Industries, you should have a Bachelor’s Degree in Electrical Engineering or a related field, plus at least 5 years of experience in electrical engineering, specifically in designing functional test equipment. Familiarity with Schematic Capture and PCBA layout and experience with programming or scripting languages such as C/C++, Python, or MATLAB will also be beneficial.

As an Electrical Engineer - Test Design at Anduril Industries, your main responsibilities will include leading end-of-line test plan definitions, designing and executing hardware test solutions, and improving product testing through data analysis and collaboration with cross-functional teams. You'll also be involved in developing test procedures and test automation, executing purchasing and build processes, and supporting board bring-up and validation.

Success as an Electrical Engineer - Test Design at Anduril requires a strong background in electrical engineering, excellent problem-solving skills, and hands-on experience with test equipment. Proficiency in scripting languages for automation, understanding of lab safety protocols, and familiarity with measurement analysis techniques will also contribute to your effectiveness in this role, along with the ability to communicate clearly with design engineers.

The Electrical Engineer - Test Design role is crucial to Anduril Industries' mission of transforming defense technology. By ensuring the quality and reliability of our advanced military systems through effective test design, you will directly contribute to enhancing the capabilities of U.S. and allied military forces, making a tangible impact on national security and operational effectiveness.

In this role, you'll work on a variety of exciting projects, including the development and implementation of test systems for our unique aerial vehicles and ground-based systems. You’ll be engaging in the design and execution of complex test solutions that ensure high-quality manufacturing processes and reliability of innovative military products, making each project an opportunity to push the boundaries of what’s possible in defense technology.

Highlight specific examples of test systems you have designed, the challenges you encountered, and how you overcame them. Discuss the tools and technologies you used, emphasizing your hands-on experience and collaboration with other engineering disciplines.

Explain your approach to risk assessment and how you apply strategies like FMEA (Failure Modes and Effects Analysis) to optimize test coverage. Provide examples of how these methodologies have positively impacted product reliability in past roles.

Discuss your experience with automation software and hardware, focusing on any programming languages or tools you used. Outline the process you followed, from initial concept to implementation, showcasing your ability to streamline testing efficiency.

Share how you utilize data analysis to interpret test results. Provide examples of how you've used your findings to improve design procedures or enhance product quality. Mention any relevant analysis techniques you are proficient in.

Emphasize the importance of communication and teamwork in your collaborative efforts. Share specific examples of projects where you worked cross-functionally to identify issues and implement improvements in test systems.

Detail your knowledge and experience with lab safety protocols. Discuss specific instances where you implemented safety measures during testing processes and ensure compliance with regulations, showcasing your responsibility in maintaining a safe working environment.

Tell a compelling story about a challenging engineering project, highlighting the specific obstacles you encountered. Focus on the tools and strategies you employed for resolution and the positive outcomes that resulted from your problem-solving efforts.

Mention your commitment to ongoing professional development through reading articles, attending workshops, or participating in relevant online courses or forums. Highlight how this continued learning contributes to your effectiveness in your role.

Express your thoughts on the increasing reliance on automation in engineering testing processes. Discuss potential benefits such as efficiency improvements, error reduction, and how it can shape the future of product reliability in defense technologies.

List the specific tools and software you have hands-on experience with, such as Altium Designer, LabVIEW, or various scripting languages. Explain how your familiarity with these tools enhances your ability to perform effectively in the Electrical Engineer - Test Design role.